<html><head><title>SinH</title></head>
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<font face="Verdana, sans-serif" size="2"><p align="center"><b><font size="4">SinH()</font></b></p>
<p><b>Syntax</b></p><blockquote>
Result.f = <font color="#3A3966"><b>SinH</b></font>(Angle.f)</blockquote>

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<b>Description</b><br><blockquote>

Returns the hyperbolic sine of the specified hyperbolic angle. 

</blockquote><p><b>Parameters</b></p><blockquote>
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<table width="90%" class="parameters">
<tr><td width="10%"><i>Angle.f</i></td>
<td width="90%"> 
The input angle. 

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</blockquote><p><b>Return value</b></p><blockquote>

Returns the hyperbolic sine of the angle. 

</blockquote><p><b>Remarks</b></p><blockquote>

The inverse function of SinH() is <a href="asinh.html">ASinH()</a>. 
This function can handle <a href="../reference/variables.html">float and double</a> values. 

</blockquote><p><b>Example</b></p><blockquote>

<pre><font face="Courier New, Courier, mono"size="2">  <b><font color="#3A3966">Debug</font></b> <font color="#3A3966">SinH</font>(<font color="#3A3966">Log</font>(1.618033)) <font color="#3A3966">; Will be approximately 0.5</font>
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</blockquote><p><b>See Also</b></p><blockquote>

<a href="asinh.html">ASinH()</a>, <a href="sin.html">Sin()</a> 

</Blockquote><p><b>Supported OS </b><Blockquote>All</Blockquote></p><center><- <a href=sin.html>Sin()</a> - <a href="index.html">Math Index</a> - <a href="sqr.html">Sqr()</a> -><br><br>

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